Laser Alignment Articles

  • Creative Service Solutions - Case Study

    A paper mill in Finland suffered the complete failure of a large four-stage vacuum blower. Creative problem solving resulted in a repair time of only seven days. The maintenance team built a functional blower by using parts from three outdated machines. The combined efforts of Sulzer and of the paper mill’s own engineers made it possible. The paper industry has to cope with a ...


    By Sulzer

  • Optical encoders and LiDAR scanning

    Overview Modern technology is taken for granted; a driver only needs to type a destination into a SATNAV system and step-by-step instructions, journey distance and duration, driving conditions and hazards, as well as alternative routes, instantly appear. In order to work, highly accurate and up-to-date maps are required of an entire country's road ...


    By Renishaw plc

  • High energy challenges

    The UK’s Central Laser Facility (CLF), part of the Science and Technology Facilities Council (STFC), has recently developed an advanced high-powered laser, created to help research and development in the scientific community. CLF was tasked with developing a laser system for the HiLASE research facility, and Tessella (an international analytics and data science consulting services company) ...

  • High-powered laser for scientists

    STFC’s Central Laser Facility develops £10 million laser system Data analytics expert Tessella has helped the UK’s Central Laser Facility (CLF), part of The Science and Technology Facilities Council (STFC), in its development of an advanced high-powered laser, created to help aid R&D in the scientific community. CLF was tasked to develop a laser system for the HiLASE ...

  • Laser induced release of encapsulated noble gas in SCHOTT receiver

    Thermo oil based parabolic through technology is limited to operational temperatures close to 400°C due to the decomposition of the heat transfer fluid and accompanying hydrogen permeation into the vacuum annulus. The presence of hydrogen in the annulus leads to an increase of thermal losses and a decrease in thermal efficiency. In order to overcome this so-called ‘hot tube ...

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